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3. A block of mass 5.00 kg is pushed against a horizontal elastic spring with a spring constant k = 75.0 N/m. The block is then released from rest, and moves up a 25.0° incline that is 15.0 m long. It then travels along another horizontal surface before entering a loop of radius 10.0 m. All surfaces are frictionless. Find the minimum spring compression needed in order for the block not to lose contact with the loop when it's at the top of the loop.

3. A block of mass 5.00 kg is pushed against a horizontal elastic spring with a spring constant k = 75.0 N/m. The block is then released from rest, and moves up a 25.0° incline that is 15.0 m long. It then travels along another horizontal surface before entering a loop of radius 10.0 m. All surfaces are frictionless. Find the minimum spring compression needed in order for the block not to lose contact with the loop when it's at the top of the loop.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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3. A block of mass 5.00 kg is pushed against a horizontal elastic spring with a spring constant k= 75.0 N/m. The block is then released from rest, and moves up a 25.0° incline that is 15.0 m long. It then travels along another horizontal surface before entering a loop of radius 10.0 m. All surfaces are frictionless. Find the minimum spring compression needed in order for the block not to lose contact with the loop when it's at the top of the loop. Tom 15.0 m bel
Transcribed Image Text:3. A block of mass 5.00 kg is pushed against a horizontal elastic spring with a spring constant k= 75.0 N/m. The block is then released from rest, and moves up a 25.0° incline that is 15.0 m long. It then travels along another horizontal surface before entering a loop of radius 10.0 m. All surfaces are frictionless. Find the minimum spring compression needed in order for the block not to lose contact with the loop when it's at the top of the loop. Tom 15.0 m bel
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